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17. Target Echo Strength – Measurements and Modelling |
TES measurements of various objects
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Arne Stoltenberg, Ingo Schaefer |
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18. Towards Automatic Target Recognition. Detection, Classification and Modelling |
Development of an airborne circular sonar for research and teaching
|
Blair Bonnett, Kaushikk V. N., Sudhanshu Apte, Thomas Fickenscher |
|
18. Towards Automatic Target Recognition. Detection, Classification and Modelling |
Current state of the openSTB sonar simulator
|
Blair Bonnett, Holger Schmaljohann, Sudhanshu Apte, Thomas Fickenscher |
|
18. Towards Automatic Target Recognition. Detection, Classification and Modelling |
A First Comparison of GANs and Diffusion Models for Generating Sidescan Sonar Images
|
Yannik Steiniger, Benjamin Lehmann |
|
18. Towards Automatic Target Recognition. Detection, Classification and Modelling |
Transformers and Ensembles for Object Detection in Sidescan Sonar Images
|
Yannik Steiniger |
|
18. Towards Automatic Target Recognition. Detection, Classification and Modelling |
Current progress towards a SAS data sharing standard
|
Blair Bonnett |
|
18. Towards Automatic Target Recognition. Detection, Classification and Modelling |
Procedural Seafloor Texture Generation for ATR training using synthetic data
|
Ciaran Sanford, Edward Clark, Alan Hunter |
|
19. Uncertainty quantification and machine learning in signal processing |
Source Localization in Shallow Water Using a Neural Network Based on Range-Dependent Sound Speed Profile Model
|
Jing Guo, Juan Zeng, Li Ma |
|
19. Uncertainty quantification and machine learning in signal processing |
Impact of ambient noise and water sound speed on deep learning seabed classification from shipping noise
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Tracianne Neilsen, Alexandra McDaniel, Ginger Lau, William Hodgkiss, David Knobles |
|
19. Uncertainty quantification and machine learning in signal processing |
Assessment of Decision Tree and Multilayer Perceptron Performance in Seabed Characterization
|
Diego Rios, Zoi-Heleni Michalopoulou |
|
19. Uncertainty quantification and machine learning in signal processing |
Distributed acoustic sensing for ocean applications
|
Angeliki Xenaki, Peter Gerstoft, Ethan Williams, Shima Abadi |
|
20. Underwater acoustic calibration, measurement, and standards |
Analysis of signal processing methods applied in wide band free-field calibrations of hydrophones
|
Guanghui Jia, Yi Chen, Liuqing Yang |
|
20. Underwater acoustic calibration, measurement, and standards |
Calibration and its correction method for hydrophones in the air chamber
|
Liuqing Yang, Yi Chen, Boyue Wu |
|
20. Underwater acoustic calibration, measurement, and standards |
The Effect of Temperature on Acoustic Transducer Sensitivity and Transmitting Response
|
Caitlin Kean, William Slater |
|
20. Underwater acoustic calibration, measurement, and standards |
Application of 2E-2U Method for Free-Field Underwater Acoustic Calibration of Hydrophones and Projectors in a Reverberant Laboratory Test Tank
|
Ata Can Corakci, Alper Biber, Talha Saydam, Osman Said Biskin, Serkan Aksoy |
|
20. Underwater acoustic calibration, measurement, and standards |
Commercial Broad Range Calibration by Multi-method Synthesis
|
Nicolas Wood |
|
20. Underwater acoustic calibration, measurement, and standards |
The Research and Application of a New Type of liquid Coupler
|
Yuebing Wang , Peng Zhao, MingWei Wang |
|
20. Underwater acoustic calibration, measurement, and standards |
Acoustic calibration under high pressure
|
David A Brown, Eric Aikens, Boris Aronov |
|
20. Underwater acoustic calibration, measurement, and standards |
The work of ISO TC43 SC3 on international standardization in underwater acoustics
|
Stephen Robinson, Michael Ainslie, Alex MacGillivray, Michele Halvorsen |
|
20. Underwater acoustic calibration, measurement, and standards |
Development of standard calibration methods for autonomous digital acoustic recorders
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Freya Malcher, Justin Ablitt, Benjamin Ford, Stephen Robinson |